Delete STEP Asset


Delete the existing project asset with UID 3e3ffdba-937d-4105-bc76-c47aec3e0142 named pinch_STEP.step. This is the only requested change. Do not inspect or modify any other project. After deleting, call assets/get_assets in this same project to verify no STEP/STP 3D model assets remain, then finish with a concise confirmation.
I’ll delete only the specified asset, then list this project’s assets to confirm no STEP/STP 3D model assets remain.
The first delete attempt hit a platform error, so I’m retrying the same single-asset deletion and then I’ll verify the asset list.
Blocked: the specified asset UID now returns “not found,” but the verification call failed because there is no current project context available in this run.
I did not inspect or modify any other project. To verify STEP/STP assets, please reopen/run this from the intended project context or provide the exact project reference.
Open current project
Verify assets only
Use this project
Check commit diff

J1 Pin_13 - J2 Pin_1
J1 Pin_4 - J3 Pin_5
J1 Pin_6 - J3 Pin_6
J1 Pin_14 - J2 Pin_3
J1 Pin_6 - J3 Pin_6
J1 Pin_3 - J3 Pin_1
J1 Pin_7 - J4 4
J1 Pin_3 - J3 Pin_1
J1 Pin_10 - J2 Pin_5
J1 Pin_7 - J4 4
J1 Pin_4 - J3 Pin_5
J1 Pin_15 - J2 Pin_2
J1 Pin_5 - J4 5
J1 Pin_2 - J3 Pin_3
J1 Pin_8 - J2 Pin_6
J1 Pin_5 - J4 5
J1 Pin_1 - J3 Pin_2
J1 Pin_12 - J3 Pin_4
J1 Pin_10 - J2 Pin_5
J1 Pin_11 - J4 1
J1 Pin_15 - J2 Pin_2
J1 Pin_13 - J2 Pin_1
J1 Pin_9 - J4 2
J1 Pin_8 - J2 Pin_6
J1 Pin_2 - J3 Pin_3
J1 Pin_11 - J4 1
J1 Pin_14 - J2 Pin_3
J1 Pin_9 - J4 2
J1 Pin_1 - J3 Pin_2
J1 Pin_12 - J3 Pin_4
J3
J2
J4
J1
GND
GND
GND
Project Specification: pinch Breakout REV A1
Project Overview
Status: Draft / verify against hardware.
A small breakout/carrier PCB for the Moddo pinch SAMD11-based dev board. It converts the pinch 16-pin 1.27 mm header interface to breadboard-friendly 2.54 mm through-hole headers.
Intended Use
Prototype breakout board for plugging the pinch module into a breadboard or jumper-wire setup while preserving the module's original pinout.
What the Device Should Do
  • Provide a 2x8 1.27 mm through-hole mating header for the pinch board.
  • Fan all 16 pinch signals to 2.54 mm through-hole headers.
  • Provide two GND breakout locations.
  • Fit a 0.6 in breadboard span using 15.24 mm left/right column spacing.
Main Features
  • J1: 2x8 1.27 mm THT low-profile male header footprint, drill 0.65 mm, pad 1.0 mm.
  • J2/J3: 1x6 2.54 mm THT male headers, drill 1.0 mm, pad 1.7 mm.
  • J4: 1x5 2.54 mm THT male header, drill 1.0 mm, pad 1.7 mm.
  • Two-layer PCB with bottom GND pour.
  • Silkscreen labels for every breakout pin plus board name/revision.
System Architecture

Diagram


Moddo pinch module J1 node_2x8 1.27 mm header J2 left node_1x6 2.54 mm breakout J3 right node_1x6 2.54 mm breakout J4 bottom node_1x5 2.54 mm breakout
Interfaces and Connections
J1 pinout follows the supplied pinch J2 header mapping:

Table


J1 pinNetBreakout location
1D0_SCLRight column
23V3Right column
3D1_SDARight column
4D7Right column
5D2Bottom row
6D8Right column
7D3Bottom row
8D9Left column
9D4Bottom row
10D10Left column
11RSTBottom row
12VBUSRight column
13D5Left column
14D11Left column
15D6Left column
16GNDLeft column and bottom row
Physical Design Expectations
  • Approximate board: 18.3 mm x 17.5 mm with about 2 mm rounded corners.
  • Breakout hole coordinate datum: bottom-left D5 hole at X=0, Y=0 in the user-provided coordinate system.
  • Left/right breakout column spacing: 15.24 mm.
  • J1 center target in the user coordinate system: X=7.62 mm, Y≈4.75 mm.
Manufacturing and Assembly Expectations
Assumptions and Caveats
  • The 15.24 mm / 2.54 mm geometry is reconstructed from product photos on a standard grid, not from an official Moddo mechanical drawing.
  • Dimensions must be verified against physical hardware or the official Assembly PDF when available.
  • In Flux, J1 may initially use a library 2x8 header placeholder with footprint geometry overridden to 1.27 mm pitch.
Change Notes
  • Initial REV A1 requirements captured from the attached build prompt.
  • Project Overview

  • Intended Use

  • What the Device Should Do

  • Main Features

  • System Architecture

  • Interfaces and Connections

  • Physical Design Expectations

  • Manufacturing and Assembly Expectations

  • Assumptions and Caveats

  • Change Notes